Virtual instrument technology is to use high-performance modular hardware, combined with efficient and flexible software to complete a variety of test, measurement and automation applications.

Virtual instrument technology includes efficient software, modular I/O hardware, and hardware and software platforms for integration. It has the advantages of high performance, scalability, less development time, and seamless integration.

The concept of virtual instrument technology has been widely recognized and adopted in the market, but it is still continuing to develop. Get a new flyover. This is mainly due to hardware and software: software, the labview graphical programming environment has increasingly become the most common application tool.

Hardware: The data converter (ADC), data bus/bus architecture, and processor technology contributed. As ADCs continue to enter more fields of application, semiconductor suppliers have made great progress in this technology. Now ADCs can not only provide sufficient performance, but also obtain low-cost advantages due to mass production.